BC Biomedical DA-2003 User Manual
User Manual
DA-2003
Defibrillator Analyzer
CONTENTS
I. MANUAL REVISION RECORD.................................. 2
II. INTRODUCTION ........................................................ 3
2.1 Features
2.2 General Information
III. SPECIFICATIONS ...................................................... 4
IV. INSTALLATION.......................................................... 7
4.1 Receipt, Inspection and Return
4.2 Setup
4.3 Power
4.4 Internal Paddles
4.5 Special Contacts
V. OPERATING............................................................... 9
5.1 Control Switches and Connections
5.2 Menu and Function Keys
5.3 Menu and Messages
5.4 Test Result Printouts
VI. TESTING ...................................................................13
6.1 Introduction
6.2 Test Preparation
6.3 Energy Test
6.4 Cardioversion Test
6.5 Maximum Energy Charging Time Test
VII. WARRANTY ............................................................17
VIII. TECHNICAL SUPPORT ............................................17
I. MANUAL REVISION RECORD
This record page is for recording revisions to your DA-2003 User Manual that have been published by BC
Biomedical or its authorized representatives. We recommend that only the management or facility
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Rev No Date Entered Reason Signature of Person Entering Change
0 - Initial Release
1 11/12/04 Part Number Changes KLB
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II. INTRODUCTION
2.1 Features
The DA-2003 Defibrillator Analyzer is a precision instrument for testing defibrillators, and is designed to
be used by trained service technicians. It measures the energy output, and ensures that the defibrillator
complies with specified requirements. DA-2003 has a built-in load resistance of 50 ohm, which roughly
corresponds to the impedance of the human body. The defibrillator pads are placed on the DA-2003
contact plates. Thus, the defibrillator is connected through the load resistance. When the defibrillator is
discharged, DA-2003 calculates and displays the energy delivered.
2.2 General Information
Temperature Requirements +15°C to +35°C when operating
0°C to +50°C in storage
Display
Type LCD graphic display
Alphanumeric format 6 lines, 40 characters
Data Input/ Output (2)
Power
Mechanical Specifications
Housing High impact plastic case
Height 9.8 cm 3.9 in.
Width 24.8 cm 9.8 in.
Depth 28.0 cm 11.0 in.
Weight 1.85 kg (with battery) 4.1 lbs.
Printer Port
Standard Accessories
110 V or 220 V AC Adapter (P/N BC20-00429)
Internal paddle-contact adapter (P/N BC20-00430)
Snap-to-banana adapters (10 pk) (P/N BC20-17024)
DA-2003 User Manual
Protective Cover (P/N BC20-00427)
Additional Accessories
Defib. paddle adapter
(specify defibrillator type)
Soft Carrying Case (P/N BC20-30108)
Storage
Store in the carrying case in dry surroundings within the temperature range specified,
without battery. There are no other storage requirements.
Parallel printer port (1); Bi-directional RS -232C (1)
for Computer control
2 x 9 volt alkaline Battery Duracell
MN1604 (or
equivalent) for 20 -25 operational hours, or 240 VAC
(Battery Eliminator), 115 VAC for US.
Centronics Interface
Periodic Inspection
The unit should be calibrated every 12 months.
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III. SPECIFICATIONS
1. Energy Output Measurement
High Range
Voltage <5000 volts
Maximum current 120 amperes
Maximum energy 1000 Joules
Accuracy
Trigger level 100 volts
Playback amplitude 1 mV/1000 V Lead I
Test pulse 100 + 4 Joules
Low Range
Voltage <1000 volts
Maximum current 24 amperes
Maximum energy 50 Joules
Accuracy
Trigger level 20 volts
Playback amplitude 1 mV/200 V Lead I
Test pulse Approx. 4 Joules
Load Resistance
Display Resolution 0.1 Joules
Measurement Time
Window
Abs. Max. Peak Voltage 6000 volts
Pulse Width 100 ms
Cardioversion
Oscilloscope Output
High measure range 1000:1 amplitude-attenuated
Low measure range 200:1 amplitude-attenuated
Waveform Storage And Playback
Discharge can be viewed via ECG outputs and paddles.
Output: 200:1 Time Base expansion.
Sync Time Measurements
Timing window Starts - 40 ms at each R-wave peak.
Test waveforms All waveform simulations available.
Delay time accuracy
Charge Time Measurement
From 0.1 seconds to 99.9 seconds.
± 2 % of reading for >100 Joules
± 2 Joule of reading for <100 Joules
± 2% of reading for >20 Joules
± 2 Joule of reading for <20 Joules
50 ohms ± 1%, non-inductive (<1 µH)
100 ms
Measured time delay ± 2 ms
± 1 ms
2. ECG Wave
ECG General
Lead configuration 12-lead simulation. RL, RA, LA, LL, V1-6
Output impedance Limb leads 1000 ohms to RL
V Leads 1000 ohms to RL
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All other signals are in relative proportion to Lead amplitude as follows:
The amplitudes are shown for a Lead I amplitude by 1 mV:
Lead I 1.0 mV (LA - RA)
Lead II 1.5 mV (LL - RA)
Lead III 0.5 mV (LL - LA)
V Lead 1.5 mV (V - 1/3 (LL+LA+RA))
High Level Output (ECG Jack)
1/4" standard phone-jack with an amplitude of 1V/mV of low level Lead
II signal
Defibrillator Contact Plates
Same amplitude as Lead I low level ECG.
1 mV between contact surfaces.
Playback
200 to 1 time-base expansion of defibrillator pulse by playback to
ECG Leads
Manual ECG Performance Test
DC Pulse 4 seconds 1.0 mV
Square wave 2 Hz 1.0 mV p-p biphasic
Triangular wave 2 Hz 1.0 mV
Sine 0.1, 0.2, 0.5, 10, 40, 50, 60, and 100 Hz
Amplitude 0.5, 1.0, 1.5, 2.0 mV (Lead II)
Accuracy
ECG Performance Test
Gain/Damping 2 Hz square wave
Frequency Response
Low Frequency 4 second DC pulse
Band Pass 10 Hz sine
Monitor -3dB point: 40 Hz sine
Power Line Notch
Filter
Linearity 2 Hz triangle wave
Normal Sinus
Rates 30, 60, 80, 120, 180, 240 and 300 BPM.
Accuracy
Amplitudes 0.5, 1.0, 1.5 and 2.0 mV (Lead II)
Accuracy
Automatic ECG Rate Test
Arrhythmia Selections
vfib Ventricular Fibrillation
afib Atrial Fibrillation
blk II Second degree A-V block
RBBB Right Bundle Branch Block
PAC Premature Atrial Contraction
PVC_E Early PVC
± 5 % (Lead II 1.0 mV)
50 Hz sine
± 1% of selection
± 5 % (Lead II 1.0 mV)
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